Vertical farming 3D Models

Find the best Vertical farming 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Create a detailed 3D model of a large, five-layer vertical farm made entirely from simple, do-it-yourself materials such as recycled plastic sheets, PVC pipes, transparent straws, old containers, and lightweight supports, designed to look realistic but handmade and easy to edit in separate parts. The structure should be tall and sturdy, about eight to ten meters high, built from plastic frames or repurposed rods that hold up five stacked growing platforms. Each layer should have plant trays made from recycled plastic boxes or cut-out bottles placed in neat rows, filled with soil or hydroponic solution, and small green plants like lettuce or herbs growing from them. Between each level, install UV grow lights made from simple plastic tubes or LED strips with a gentle purple glow, attached under the upper layer and connected to the structure using thin wire or tape. The topmost surface of the tower should have several blue solar panels made from flat plastic sheets painted deep blue, slightly tilted at an angle, and bordered by thin white or silver plastic strips to look like real panels; their frames can be supported by lightweight plastic rods. Each solar panel should look a bit handmade but aligned neatly, giving the impression of a functional renewable energy setup. At the base of the structure, place a small DIY water pump made from a cut plastic bottle, some tubing, and a small motor casing, connected to a homemade reservoir built from another large container. From this pump, run several transparent straws or flexible tubes that rise upward along the frame and branch into five smaller tubes that feed water into each layer through small holes or drippers positioned above the plant trays, showing how the irrigation system distributes water evenly. Each tube should have visible water flow and tiny air bubbles for realism, showing the continuous hydration of the plants. The overall design should have a slightly improvised, creative look, as if built by someone using accessible home materials but still engineered thoughtfully. The support beams can be made from old PVC pipe segments, joined with visible connectors or zip ties, with some pieces slightly uneven to add realism. The surfaces of the plastic materials should have subtle textures, like faint scratches, tape marks, or seams, reflecting the re-used DIY feel. Each of the five growing layers should be modeled as a separate editable part (named Layer_1 to Layer_5), and each UV light strip, solar panel, and water pipe should also be its own selectable object for easy modification. The lighting should combine soft daylight reflections from the blue solar panels and purple glows from the UV lights, casting a colorful, futuristic but homemade atmosphere. Around the farm, include a simple rectangular platform made of rough plastic or plywood-like texture, slightly uneven, to act as a base. Add small details like water droplets under the pipes, bits of tape or glue holding things together, and maybe some handwritten labels or arrows drawn on the plastic to indicate water direction or wiring. Keep the color palette mostly light gray, blue, green, white, and transparent tones to match a clean but handmade aesthetic. Avoid metal or advanced materials — everything should feel craftable with basic tools. The solar panels, though made from painted plastic, should look shiny and slightly reflective, catching the simulated sunlight to give a realistic effect. The UV lights should appear slightly foggy from the translucent tubing, diffusing the purple hue. The plants should vary slightly in size and leaf shape to look alive and uneven, showing natural variation. The water pump and straw network should look slightly tangled but functional, emphasizing the DIY ingenuity. All parts — the frame, layers, solar panels, lights, pump, pipes, and base — should be modular and labeled clearly for easy editing or retexturing later. Include faint shadows and soft reflections to ground the structure visually, as if placed indoors or on a rooftop farm setting. The final composition should capture the idea of sustainability and creativity, showing how advanced farming can be built from everyday materials. The structure should appear big, ambitious, and slightly futuristic despite its simple construction, representing a community-built or school-project vertical farm prototype powered by sunlight and maintained by a clever water system. The emphasis should be on detail, realistic lighting, and modularity, making sure each part can be separately edited, textured, or animated. The finished 3D model should combine the handmade charm of DIY craftsmanship with the futuristic vision of eco-friendly farming, all made from simple plastics, reused containers, and household materials — efficient, accessible, and creative in design.

Anonymous1760776865

A realistic 3D model of a large vertical farm structure with 5 stacked layers of plant beds. Each layer has UV grow lights emitting a soft purple glow. The top of the structure has solar panels arranged neatly to capture sunlight. A visible water pump system is placed at the base, connected by transparent tubes or straws to each layer for irrigation. The design should look futuristic but functional, made of metal frames and glass panels, with green plants growing in each tier. Include lighting reflections and realistic textures for metal, water, and plants. The environment should be clean, bright, and slightly industrial.

Anonymous1760776865

Anonymous1760148358

Prompt:
A highly realistic 3D render of a modern farmland environment. The scene shows a wide grass-and-soil field with healthy green crops growing in neat rows. The field is surrounded by a fencing boundary made of wooden posts and wire mesh. In the background, a large smart greenhouse with transparent glass walls and solar panels on the roof stands tall, with hydroponic plants visible inside. An automated self-driving tractor works in the open field, while drones fly overhead spraying water mist and scanning crops. On one side, vertical farming towers rise with stacked rows of vegetables under LED grow lights. A modern digital farm control center building is visible nearby, with large windows and computer screens inside displaying crop and weather data. The sky is clear and bright, with natural sunlight making the entire farm look realistic, sustainable, and technologically advanced.

Anonymous1758223785

Anonymous1769480086

dame un prototipo asi como ese pero ponle un techo hecho de polialuminio en donde se indique donde estan los sensores de captacion de agua y donde se vea el filtro de agua inluyendo un panel solar para que este en función del huerto vertical

Anonymous1760150294

专业化C4D模型，现代潮汐式无土栽培植物工厂厂房平面图，总占地面积160平方米（20米×8米），净高4.3米，8层立体栽培架系统，模块化热镀锌钢结构，配备全光谱LED人工光源、营养液循环系统、环境控制设备与智能管理终端。写实主义技术可视化风格，等轴测剖视图，细节丰富，构图干净，线条流畅，工业美学设计，明亮均匀的人工照明，半透明管道显示营养液流动路径，传感器节点与数据线可视化，CYBERPUNK农业科技感。
布局与分区描述：
栽培生产区（70%空间）：56个立体栽培架（8排×7列），每架尺寸1.8m×0.8m×0.8m，层高0.8米，层间距均匀，架体之间设0.8米宽工作通道。栽培槽呈“U型”半圆筒状。
设备区（10%空间）：靠墙布置营养液配比系统（1000L储液罐、PPR管道、水泵、过滤器）、水处理设备、空调主机、热回收装置，管道沿墙或地下布置，整洁隐蔽。
控制区（5%空间）：玻璃隔断控制室，内置中央监控平台、显示屏、PLC控制柜，可视生产区全景。
采收预处理区（8%空间）：设有清洗台、操作台、周转箱存放架，靠近出口。
通道系统（7%空间）：1.5米宽主通道，0.8米宽辅通道，循环通畅，人流动线合理。
风格与技术参数：
模型格式：Cinema 4D（C4D）原生文件，包含分层结构（栽培架、管道、设备、传感器、照明分别成组），可编辑多边形网格，支持后期动画渲染。
渲染风格：半写实技术示意图，材质标注（金属架体、塑料槽体、玻璃控制室、环氧地坪），光影柔和明亮，无阴影噪点。
视角：等轴测视角或略微俯视，突出空间层次与设备布局。
细节级别：高精度模型，管道接口、传感器形态、LED灯珠、栽培基质纹理可见。

Anonymous1756567274

Anonymous1754532763

This is a farm i would like to get it in 3d with trees windows everything

Anonymous1753793861

Anonymous1743500790

Anonymous1742350755

**主体描述：**
> "模块化立体种植箱，由哑光白色再生塑料和铝框构成，采用未来主义几何设计。三个50×50cm单元垂直堆叠，顶部是波浪形柔性太阳能板（淡蓝色光伏表面）。底部设有雨水收集仓。侧边嵌入细长LED屏，动态显示绿色数字：'CO₂ Absorbed: 1.25kg'。

Anonymous1730882552

Anonymous1748333270